JPH02224167A - Batch input system for command and subcommand - Google Patents

Abstract

PURPOSE:To easily execute the batch input of subcommands by the same format as a command by providing batch input system with a text dividing/extracting means for dividing a record into texts and an input storing area for storing an unprocessed record. CONSTITUTION:The batch input system is constituted of a terminal 1, an input processing part 7, a command control part 10, and a command 13. The input processing part 7 includes an input storage area capable of storing an input record up to the generation of the succeeding input request and a text dividing/ extracting means 5 for dividing the record in the input storage area 6 into texts by delimiters and extracting the divided texts. Consequently, the batch input of the subcommands is easily executed by the same format as that of the command.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a batch input method for commands and subcommands, and more particularly to a batch input method for sequentially executing batch input of a mixture of commands and subcommands.

(Prior Art) Conventionally, in this type of batch input method of commands and subcommands, as shown in FIG. The division activation means 44 of 43 divides the record and sequentially activates various commands A, B, and C.

(Problem to be Solved by the Invention) In the conventional command and subcommand batch input method described above, the command control unit divides the record into texts, so if the activated command has subcommands, the subcommands are The disadvantage is that it must be specified as a command parameter rather than in the same format as the command.

Also, if you try to allow commands and subcommands of the same format using the conventional processing method, a command that has a subcommand will ask the command control unit whether the next command is in the command control unit, and the subcommand will be sent from the command control unit. This is possible if you process both receiving and receiving from the terminal, but this has the disadvantage that all commands with subcommands must correspond.

(Means for Solving the Problem) The batch input method of commands and subcommands according to the present invention has an input storage area that can save input records until the next input request is made, and a single record that receives key input from a terminal. a key input means for creating a record, a record registration means for registering a record created by the key input means in the input storage area, and a text division and extraction means for dividing the record in the input storage area by a delimiter character to retrieve one text. and an input processing section that includes an input means that manages these means, performs processing for determining unprocessed records, performing deletion processing in the event of an error, and returning one text to the request source; inputting a command using the input processing section; a command control section that includes a command input means for analyzing a subcommand, and a command starting means for starting a corresponding command based on the analysis result of the command input means; It has a command group including a command input means and a subcommand execution means for processing a corresponding subcommand based on the analysis result of the subcommand input means.

(Example) Next, the present invention will be explained in detail with reference to the drawings.

Referring to FIG. 1, one embodiment of the batch input method of commands and subcommands according to the present invention is comprised of a terminal 1, an input processing section 7, a command control section 10, and a command 13.

The input processing unit 7 includes an input management means 2 that manages the entire input processing unit 7, an input storage area 6 that can store input records until the next input request, and receives key input from the terminal 1 and stores one record. A key input means 3 for creating a record, a record registration means 4 for registering a record created by the key input means 3 into an input storage area 6, and a text division means for dividing the record in the input storage area 6 into texts using delimiters and retrieving them. It is configured to include a take-out means 5.

The command control section 10 includes a command input means 8 that inputs and analyzes commands, and a command activation means 9 that activates a corresponding command based on the analysis result of the command input means 8.

The command 13 includes a subcommand input means 11 that inputs and analyzes subcommands, and a subcommand execution means 12 that processes the corresponding subcommand based on the analysis result of the subcommand input means 11. There are multiple.

FIG. 2 shows the processing flow of this embodiment.

In the input processing section 7, when there is a request for text from the command control section 10 or the command 13, the input management means 2 determines whether there are any unprocessed records in the input storage area 6 (step 21). If there are no outstanding records,
The key input means 3 receives the key input from the terminal 1 and creates one record (step 23), and the record registration means 4 registers it in the input storage area 6 (step 24).

If an unprocessed record exists, the processing by the input management means 2 and the record registration means 4 is not performed, and the process proceeds to the text division and extraction means 5. In addition, in this input processing section 7, if an error occurs during execution of a command or subcommand during - pattern input, the following text is ignored, so if a reset is requested, even if there are unprocessed records. The text division/retrieval means 5 searches from the beginning of the record in the input storage area 6 and returns the text up to the delimiter to the request source as text (step 22). That part is deleted (step 25).

In Figure 3, the delimiter is ";" and terminal 1 to rA;B
, BA, BB, and CJ are input as one record.

The command input means 8 of the command control unit 10 requests text from the input processing unit 7, and inputs the input character string rA;B from the terminal 1.
:BA;BB;C,+ is input, r A J
to be returned. The text "A" is passed to the command activation means 9, which activates the command A. Assuming that command A has no subcommands and ends after execution, command control unit 1
The command input means 8 then returns to 0 and requests the next text. Here, the next text rB is returned and a command 813 with subcommands is activated.

When the subcommand input means 11 of the command 813 requests a text from the input processing unit 7, the next text "BA" is returned, so the command 813 is a primary command in which the subcommand "BA" is executed by the subcommand execution means 12. If you request text from the input processing unit 7, rBB will be returned, so rBB.

Command B that executes subcommands and has subcommands
13 ends.

Control returns to the command control unit 10 again, and when the next text is requested, [C] is returned and command C is activated.

Here, if command C has a subcommand and requests text from the input processing section 7, then since there is no unprocessed record in the input storage area 6 of the input processing section 7, a new record input from terminal 1 will be sent. may be partially or completely returned. If command C does not have a subcommand and ends as is, the same process will be performed when command control section 10 requests text from input processing section 7.

As described above, the command control unit 10 and the command 13 having subcommands can be processed by calling the input processing unit 7 without being aware of whether commands and subcommands are input all at once from the terminal 1. can.

(Effects of the Invention) As explained above, the present invention includes a means for dividing records into text in an input processing unit from a terminal and an input storage area for saving unprocessed records. This has the effect of allowing subcommands to be input all at once in the same format as the command without modifying the command.

DESCRIPTION OF SYMBOLS 1...Terminal, 2...Input management means, 3...Key input means, 4...Record registration means, 5.6...Text division extraction means, 7...Input processing unit, 8 ...
Command input means, 9... Command activation means, 10.
...Command control unit, 11...Subcommand input means, 12...Subcommand execution means, 13...Command.

Claims (1)

[Claims] an input storage area capable of storing input records until the next input request is made; a key input means for receiving key input from a terminal and creating one record; and the input storage area for storing records created by the key input means. a record registration means for registering records in the input storage area, a text division and extraction means for dividing records in the input storage area by delimiter characters and extracting one text, and managing these means to determine unprocessed records and perform deletion processing in the event of an error. an input processing section including an input means for returning one text to a request source; a command input means for inputting and analyzing a command using the input processing section; and a corresponding command based on the analysis result of the command input means. a command control section including a command starting means to start; a subcommand inputting means for inputting and analyzing a subcommand using the input processing section; and processing of the corresponding subcommand according to the analysis result of the subcommand inputting means. 1. A method for collectively inputting commands and subcommands, comprising: a group of commands including subcommand execution means for executing subcommands.